Normalize formatting.

Author: mzhang28

SUMMARY.md

@@ -4,10 +4,15 @@
 * [Binary Exploitation](/binary-exploitation.md)
   * [Heaps of Knowledge \[420 points\]](/binary-exploitation/heaps-of-knowledge-420-points.md)
 * [Cryptography](cryptography.md)
+  * [Hash on Hash \[100 points\]](/cryptography/hash-on-hash-100-points.md)
+  * [Security Through Obscurity \[150 points\]](/cryptography/security-through-obscurity-150-points.md)
   * [RSA 4 \[200 points\]](/cryptography/rsa-4-200-points.md)
   * [Genius \[230 points\]](/cryptography/genius-230-points.md)
+  * [Premium RSA \[350 points\]](/cryptography/premium-rsa-350-points.md)
   * [Paillier Service \[400 points\]](/cryptography/paillier-service-400-points.md)
 * [Forensics](forensics.md)
+  * [Mane Event \[50 points\]](/forensics/mane-event-50-points.md)
+  * [Petty Difference \[75 points\]](/forensics/petty-difference-75-points.md)
   * [Serial \[300 points\]](/forensics/serial-300-points.md)
   * [Decomphose \[325 points\]](/forensics/decomphose-325-points.md)
 * [Programming](programming.md)

cryptography.md

@@ -8,15 +8,15 @@ This category focuses on using advanced mathematical topics to encrypt data to p
 * Let Me Be Frank \[75 points\]
 * RSA 2 \[80 points\]
 * Decode Me \[100 points\]
-* Hash on Hash \[100 points\]
+* [Hash on Hash \[100 points\]](/cryptography/hash-on-hash-100-points.md)
 * RSA 3 \[135 points\]
 * Diffie-cult \[140 points\]
-* Security Through Obscurity \[150 points\]
+* [Security Through Obscurity \[150 points\]](/cryptography/security-through-obscurity-150-points.md)
 * Lost Seed \[150 points\]
 * Listen Closely \[200 points\]
-* [RSA 4 \[200 points\]](/files/rsa4.txt)
+* [RSA 4 \[200 points\]](/cryptography/rsa-4-200-points.md)
 * [Genius \[230 points\]](/cryptography/genius-230-points.md)
-* Premium RSA \[350 points\]
+* [Premium RSA \[350 points\]](/cryptography/premium-rsa-350-points.md)
 * [Paillier Service \[400 points\]](/cryptography/paillier-service-400-points.md)
 
 

cryptography/Hash-On-Hash-100-points.md renamed to cryptography/hash-on-hash-100-points.md

@@ -85,6 +85,7 @@ $ python3 premiumRSA.py
 easyctf{wow_i_pR0bABLY_5h0uldntA_l33k3d_d}
 ```
 _All the flags have randomized 1337 speak, so your flag may vary_
+
 ### External Writeups
 
 * [https://github.com/HackThisCode/CTF-Writeups/blob/master/2017/EasyCTF/Premium%20RSA/README.md](https://github.com/HackThisCode/CTF-Writeups/blob/master/2017/EasyCTF/Premium%20RSA/README.md)

cryptography/Premium-RSA-350-points.md renamed to cryptography/premium-rsa-350-points.md

@@ -80,6 +80,7 @@ The intended solution involved learning what cryptosystem this is through google
 
 A link for the cryptosystem given post-CTF on this cryptosystem is:
  https://www.di.ens.fr/~stern/data/St63.pdf
- ### External Writeups
+
+### External Writeups
 
  * [https://github.com/HackThisCode/CTF-Writeups/blob/master/2017/EasyCTF/Security%20Through%20Obscurity/README.md](https://github.com/HackThisCode/CTF-Writeups/blob/master/2017/EasyCTF/Security%20Through%20Obscurity/README.md)

cryptography/Security-Through-Obscurity-150-points.md renamed to cryptography/security-through-obscurity-150-points.md

@@ -3,9 +3,9 @@
 This category refers to the recovery of information from evidence, like extracting information from corrupted files or uncovering hidden details in order to expose a secret. The forensics problems this year include:
 
 * 20xx \[50 points\]
-* Mane Event \[50 points\]
+* [Mane Event \[50 points\]](/forensics/mane-event-50-points.md)
 * scisnerof \[70 points\]
-* Petty Difference \[75 points\]
+* [Petty Difference \[75 points\]](/forensics/petty-difference-75-points.md)
 * Flag Collection \[80 points\]
 * Zooooooom \[85 points\]
 * QR 1 \[100 points\]

forensics.md

@@ -8,7 +8,7 @@ The goal was to figure out the encoding schema and decode the flag.
 
 ![](https://github.com/hgarrereyn/EasyCTF-2017-Write-ups/raw/1e81630e6b36e9caaa54b23e63e4d1e4f6f5c39e/hexqr/flag.png)
 
-### Solution:
+### Solution
 
 #### Overview